TWI513883B - Connection and assembly of partitions - Google Patents

Description

Spacer connection and composition

The invention provides a connection method and a composition of a spacer object, which is mainly applicable to a spacer object widely used in a pet pedal, a planting application, or an indoor and outdoor decoration. The buckles can be mutually restrained, and even if the spacers are not used for dismantling in the future, the form of the original spacers can be maintained by the convenient disassembly, and the spacers can be prevented from being damaged, and the implementation efficiency of the spacers can be greatly improved. And the application is more mobile.

According to the current industry, the relevant manufacturers have developed brick substitutes for building wall stacking and garden planting grass surface, which are usually replaced by hollow bricks. The hollow bricks have the characteristics of pressure resistance, weight resistance and firmness and stability, which makes the general people gradually choose. As a material for wall-building construction, or a form used outside the building, such as: indoor compartments, racks, bases of cabinets, or mats, and garden floors, so that hollow bricks are easy to stack after stacking Flower bed or planted fence. However, in the construction of the hollow bricks as building walls or indoor compartments, it is necessary to fix the adjacent hollow bricks by means of cement, etc., and to use the racks or mats for indoor use, and the flower beds of the courtyards and When laying on the ground, only the hollow bricks can be stacked or laid in a preset shape, as the objects of the required path or the turf.

In the case where the above-mentioned hollow brick wall or indoor compartment is not used in the future, it is necessary to use a considerable external force to remove the hollow brick wall or the partition which is fixed by cement. For the preset flower stand or floor laying directly in the courtyard, it is impossible to make the required erection, so that the convenience of the hollow brick replaces the traditional brick, and there are also problems of demolition in the future and the inability to shape when laying in the courtyard. Missing.

Here, the inventor of the present invention specifically improves the use of such hollow bricks and the like, and proposes a wide application for the pet pedal, or for planting, or indoors and outdoors. Spacer for the purpose of decoration, so that the spacers can be adjusted to each other by simple buckles during implementation, and even if the spacers are not used in the future The dismantling can also be carried out by means of convenient disassembly to maintain the shape of the original spacers without damaging the spacers, and greatly improve the efficiency and application of the spacers.

The invention is improved according to the problems existing in the use of the hollow bricks laid on the wall of the stacked building or the courtyard floor, so that the spacer articles of the same category can be applied to the heightening use of the pet pedal or the planting use. Or indoor and outdoor decoration use, and the spacers can be adjusted by means of simple buckles, and even if the spacers are not used for later removal, they can be easily disassembled. The shape of the original spacer can still be maintained without damaging the spacers, so as to greatly improve the efficiency of the implementation of the spacer and the application is more maneuverable.

The first main object of the present invention is to provide at least two recesses which are spaced apart from each other on the adjacent sides of a hollow base member which is included in a predetermined wide width of the partition member as a partition wall surface or a ground floor of the building. a channel or two or more upper narrow and wide wedge-shaped spaces, and at the outer periphery of the other adjacent sides of the hollow base member, at least two or more upper and lower narrow wedge-shaped ribs are provided at a pitch. The adjacent wedge-shaped spaces on both sides are in the form of inner width and outer narrowness, and the adjacent two-sided wedge-shaped ribs are in the form of inner narrow outer width; so that the spacer members can be pre-engaged in the assembly. The spacer member has a forward direction and a reverse direction, so that the wedge-shaped space of the outer periphery of the positive spacer member allows the wedge-shaped ribs of the corresponding outer periphery of the opposite spacer member to be cut in, so that the spacer member can be easily buckled. The orientation of each other is reduced, and even if the spacers are not used for dismantling in the future, the shape of the spacers can be maintained by convenient disassembly, so as to greatly improve the implementation efficiency and application of the spacers.

A second object of the present invention is to form a shape in which the peripheral portion of the spacer member is slightly concave in the upper and lower portions.

A third main object of the present invention is to form a spacer member as a partition wall or a floor of a building, comprising: a plurality of spacers, and a plurality of clamping units; wherein the spacer is in a The outer periphery of the predetermined wide hollow base member is at least two or more upper and lower narrow wedge-shaped spaces which are spaced apart from each other on the adjacent sides, and the outer periphery of the adjacent sides of the hollow base member is The pitch is convexly provided with at least two or more upper and lower narrow wedge-shaped ribs, and the adjacent two-sided wedge-shaped spaces are in the form of inner width and outer narrowness, and the adjacent two-sided wedge-shaped ribs are The shape of the inner narrow outer width, and the inner periphery of each of the spacers is a recessed area; The plurality of spacers abut against each other in the forward and reverse directions, and the wedge-shaped space of the outer periphery of the positive spacer member allows the wedge-shaped ribs of the corresponding outer periphery of the opposite spacer to be cut in to form the interval of the required shape. The object unit can take a clamping unit to make an exact orientation of each recessed area of the interface unit of the spacer unit.

A fourth object of the present invention is to provide a clamping unit corresponding to a joint interval of the constituent spacer unit, comprising an upper limiting member and a lower limiting member; wherein the upper limiting member extends downward from the outer periphery Each of the convex portions is a recessed area corresponding to the boundary portion of the snap-in spacer unit, and each of the convex portions of the lower restricting member extending upward from the outer periphery also correspondingly engages the recessed area of the spacer unit, and A section of the middle portion of the lower restricting member corresponds to a space preset for introducing the upper restricting member, so that the holding unit can better pinch the spacer member unit.

1‧‧‧ spacer objects

11‧‧‧Wedge space

12‧‧‧Wedge ribs

13‧‧‧ recessed area

2‧‧‧Clamping unit

21‧‧‧Upper Limits

211, 221‧‧ ‧ convex

212‧‧‧ Space

22‧‧‧ Lower Limits

222‧‧‧ rod segment

3‧‧‧Interval object unit

First Figure: Schematic diagram of a single component of the partition of the present invention.

Second Figure: Schematic view of the partition of the present invention.

Third Figure: Front view of the partition of the present invention.

Figure 4: Schematic diagram of the partition of the present invention and the partitions are not connected.

Fig. 5 is a schematic view showing the steps of the assembly of the partition of the present invention.

Figure 6 is a schematic view showing the second step of the assembly of the partition of the present invention.

Figure 7 is a schematic view showing the third step of the assembly of the partition of the present invention.

Figure 8 is a schematic view of the fourth step of the assembly of the partition of the present invention.

Ninth view: Schematic diagram of the assembly of the partition of the present invention.

The connecting manner and composition of the spacers designed by the present invention (such as the first, second and third figures) are for the spacers 1 which are the partition walls of the building area or the ground floor are included: a hollow of a predetermined width The outer periphery of the base member is at least two or more upper and lower narrow wedge-shaped spaces 11 which are spaced apart from each other on the adjacent sides, and the outer periphery of the other adjacent sides of the hollow base member is at least pitched. Two or more upper and lower narrow wedge-shaped ribs 12, and the adjacent two-sided wedge-shaped spaces 11 are in the form of inner width and outer narrowness, and the adjacent two-sided wedge-shaped ribs 12 are The shape of the narrow outer width, and the inner periphery of each corner of the spacer object 1 is a recessed area 13, the same Each of the peripheral positions of the spacer 1 is slightly concave in the upper and lower portions (as shown in the third figure).

For the above-mentioned plurality of spacers 1 to be arranged (as shown in the fourth figure), the pre-engaged spacers 1 are in a forward direction and a reverse direction (on which the spacers 1 are in the forward direction) Further, the spacer member 1 is reversed so that the wedge-shaped space 11 of the outer periphery of the positive spacer member 1 allows the wedge-shaped ribs 12 of the corresponding outer periphery of the spacer member 1 to be reversed (as shown in the fifth figure). ], while the two spacer members 1 on one side are to be combined with another spacer member 1, the unjoined spacer member 1 is reversed with the pre-matched spacer member 1 to make the forward direction The wedge-shaped rib 12 of the outer periphery of the spacer member 1 is cut into the wedge-shaped space 11 of the corresponding outer periphery of the opposite spacer member 1 (as shown in the sixth figure); thereafter, a positive spacer member 1 is placed on the adjacent sides thereof. The wedge-shaped space 11 is cut into the corresponding wedge-shaped ribs 12 of the spacer member 1 (such as the seventh figure) to form a spacer member 1 of a preset shape; so that the spacer member 1 can be easily buckled. The orientation of each other is pinned, and even if the spacer 1 is not used in the future, it must be removed. Removal may be by a convenient form of spacer elements can be maintained to significantly improve the implementation efficiency and application of the spacer element 1 is more maneuver.

Further, the composition of the partition member as the partition wall surface of the building block or the ground floor is composed of: a plurality of spacer members 1 and a plurality of clamping units 2; wherein the spacer member 1 is in a predetermined width The outer periphery of the hollow base member is at least two or more upper and lower narrow wedge-shaped spaces 11 which are spaced apart from each other on the adjacent sides, and the outer periphery of the other adjacent sides of the hollow base member is a pitched protrusion At least two or more upper and lower narrow wedge-shaped ribs 12, and the adjacent two-sided wedge-shaped spaces 11 are in the form of inner width and outer narrowness, and the adjacent two-sided wedge-shaped ribs 12 are The shape of the inner narrow outer width, and the inner periphery of each corner of the spacer object 1 is a recessed area 13.

When a plurality of spacers 1 are in the form of a composition (such as the sixth and seventh figures), the plurality of spacers 1 are abutted against each other by the positive and negative phases, and the outer spacers of the positive spacers 1 are The wedge-shaped space 11 allows the wedge-shaped ribs 12 of the respective outer periphery of the opposing spacer member 1 to be cut in to form the spacer member unit 3 of the desired configuration (as shown in the seventh figure); thereafter, the spacer member is used to borrow the spacer unit 2 Each recessed area 13 of the interface section of the unit 3 is exactly oriented, wherein the clamping unit 2 comprises an upper limiting member 21 and a lower limiting member 22 (as shown in the eighth figure); Each of the convex portions 211 of the restricting member 21 extending downward from the outer periphery is a recessed region 13 corresponding to the boundary portion of the snap-in member unit 3, and the lower restricting member 22 Each of the protrusions 221 extending upwardly from the outer periphery is also correspondingly engaged with the recessed area 13 of the spacer unit 3, and a section 222 of the middle portion of the lower limiter 22 is correspondingly introduced into the upper limiter 21 The space 212 allows the formed spacer unit 3 to be better positioned (such as the ninth figure).

For each of the spacer elements 3 of the above-mentioned composition, the spacers 1 can be formed in different colors so that the spaced apart spacer units 3 are provided with a preset plurality of color combinations and the desired form. The utility model has the advantages that the spacer object 1 has a precise orientation when it is erected as a pet pedal, or is erected by a plant, or decorated and laid indoors and outdoors, and is also convenient to be used without being used for disassembly. Nor does it destroy the integrity of the spacer 1 .

1‧‧‧ spacer objects

11‧‧‧Wedge space

12‧‧‧Wedge ribs

13‧‧‧ recessed area

Claims (4)

A spacer article is connected to a partition member that is a partition wall surface or a ground floor of a building, and includes: at least two recesses at a distance between adjacent outer sides of a hollow base member of a predetermined width a channel or two or more upper narrow and wide wedge-shaped spaces, and at the outer periphery of the other adjacent sides of the hollow base member, at least two or more upper and lower narrow wedge-shaped ribs are provided at a pitch. The adjacent wedge-shaped spaces on both sides are in the form of inner width and outer narrowness, and the adjacent two-sided wedge-shaped ribs are in the form of inner narrow outer width; so that the spacer members can be pre-engaged in the assembly. The spacer member has a forward direction and a reverse direction, so that the wedge-shaped space of the outer periphery of the positive spacer member allows the wedge-shaped ribs of the corresponding outer periphery of the opposite spacer member to be cut in, so that the spacer member can be easily buckled. The orientation of each other is reduced, and even if the spacers are not used for dismantling in the future, the shape of the spacers can be maintained by convenient disassembly, so as to greatly improve the implementation efficiency and application of the spacers. The method of connecting the spacers according to claim 1, wherein each of the peripheral portions of the spacer has a slightly concave shape at the upper and lower portions. A spacer member is composed of a spacer member which is a partition wall surface of a building block or a ground floor, and is composed of a plurality of spacer members and a plurality of clamping units; and the spacer member is at a predetermined width The outer periphery of the hollow base member is at least two or more upper and lower narrow wedge-shaped spaces which are spaced apart from each other on the adjacent sides, and the outer periphery of the other adjacent sides of the hollow base member is a pitch convex At least two or more upper and lower narrow wedge-shaped ribs are provided, and the adjacent two-sided wedge-shaped spaces are in the form of inner width and outer narrowness, and the adjacent two-sided wedge-shaped ribs are narrow inside. The outer width of the shape, and the inner periphery of each of the spacers is a recessed area; the spacers as a plurality of spacers are abutted against each other, and the outer spacers of the positive spacers are wedge-shaped The space allows the wedge ribs of the corresponding outer periphery of the opposite spacer members to be cut in to form the spacer unit of the required shape, that is, a clamping unit can be used to make an exact orientation for each recessed area of the boundary section of the spacer unit. contain. The composition of the spacer according to claim 3, wherein the spacer unit of the composition has a boundary portion corresponding to the combined clamping unit, including an upper limiting member and a lower limiting member; and the upper limit is Each convex part of the piece extending downward in the outer periphery is corresponding to the buckled portion a recessed area of the boundary portion of the partition unit, and each of the convex portions of the lower restricting member extending upward from the outer periphery is correspondingly engaged with the recessed area of the spacer unit, and a section of the middle portion of the lower restricting member The segment correspondingly introduces a space preset by the upper restricting member, so that the clamping unit can better restrain the spacer member unit.